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Choosing a Repeater Location
Placement determines performance. A well-placed repeater with modest hardware will consistently o...
📖 Start Here — Meshtastic Repeaters Guide
This book covers Meshtastic infrastructure nodes - the ROUTER and REPEATER roles (and ROUTER_LATE...
Diagnosing Meshtastic Network Problems
This guide covers systematic diagnosis of common Meshtastic network issues: nodes that can't hear...
Firmware Updates on Deployed Repeaters
Meshtastic has no over-the-LoRa firmware push between mesh nodes - firmware cannot be sent from o...
Planned Maintenance Procedures for Live Networks
Planned Maintenance Procedures for Live NetworksTaking a backbone node offline for maintenance - ...
Troubleshooting a Misbehaving Repeater
Infrastructure repeaters are expected to operate unattended for months. When behaviour deviates f...
Router vs. Repeater Role — Which to Choose
Overview of Device Roles Meshtastic firmware supports several device roles that control how a nod...
Hop Limit Configuration for Repeaters
The hop limit is one of the most important and most misunderstood parameters in a Meshtastic mesh...
Initial Setup Walkthrough
Prerequisites A Meshtastic-compatible device (T-Beam, Heltec, RAK WisBlock, etc.) flashed with ...
Channel Utilization Management
Channel Utilization ManagementChannel utilization (CU) is one of the most important health metric...
ROUTER vs ROUTER_CLIENT vs REPEATER Role: Deep Dive
Meshtastic provides several device roles for infrastructure nodes that exist to extend network re...
Position and Telemetry for Infrastructure Nodes
Why Position Accuracy Matters An accurate position lets your repeater appear correctly on meshmap...
Setting the Device Role
Configuring a device as a Meshtastic repeater involves two key settings: the device role and the ...
What is a Meshtastic Repeater?
A Meshtastic repeater is a dedicated node whose purpose is to receive and retransmit messages, ex...
Weatherproofing Enclosures for Outdoor Nodes
Understanding IP RatingsIP (Ingress Protection) ratings are defined by IEC 60529 and describe how...
Thermal Management for Outdoor Enclosures
Heat is the silent killer of outdoor electronics. A node that operates flawlessly through rain an...
Cable Glands and Penetrations
The gasket between the lid and body of your enclosure gets all the attention, but cable penetrati...
3D Printing Enclosures for Meshtastic Nodes
Benefits vs. Pre-Made Enclosures3D-printed enclosures offer several advantages over off-the-shelf...
📖 Start Here — DIY Build Guides
This book covers hands-on builds: flashing firmware, assembling nodes, weatherproofing outdoor de...
Practical Sealing Techniques
This page consolidates the step-by-step procedures for assembling and commissioning a sealed outd...